Nitinol Shape Memory Alloy – Classification and Application |

Nitinol A type of functional material known as shape memory alloy has excellent strength, corrosion resistance and biocompatibility. It is also non-toxic. There are promising medical applications. It can only be deformed by Nitinol in its low temperature phase and then restored to the original shape by adding 20-300 degrees Celsius. It can expand at more than 20%, has an average fatigue life of up to 107 years, and its damping characteristics is better than most. Nitinol Wire classification

More>>

Related news

What is titanium hydride powder?

Titanium hydride , also known as titanium dihydride, chemical formula H2Ti.Insoluble in water.A gray-black powder resembling a metal. As one of the intermediate products of titanium smelting, it is widely used in metallurgy and other chemic

More>>

Collaborative regulation of acoustic transport properties of bismuth-based telluride nanostructured materials

Bi2te3-based alloy hexagonal nanosheets were synthesized by gas induced reduction (GIR) method with independent innovation. It was found that the growth of Bi2Te3-based alloy hexagonal nanosheets was based on a selective adsorption mechanism. It was found for the first time that Cu could effectively prevent the oxidation of Bi2Te3. The theoretical calculation shows that the reason is that Cu doping can improve the stability of the system, and Cu is a substitute for doping rather than intercalati

More>>

The Applications of Nano Silicon Powder

An overview of Nano Silicon Powder The most promising material to be used as an electrode for the next generation of lithium-ion batteries is silicon. With a specific capacity of 3600 mAh/g, it's about 10 times greater than graphite (372 UmAh/g). The material's significant expansion in the loaded (lithiation state) as well as the instability of its solid electrolyte interface (SEI), make it a restricted choice. Poor mechanical stability of silicon electrodes and their chemical passivat

More>>
0086-0379-64280201 brad@ihpa.net skype whatsapp